Air Conditioning
Air Conditioning
Air Conditioning
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KFF100 Filtrasan
Synthetic flat filter cell far fan coils with U-section galvanised steel support frame and double electrowelded galvanised wire mesh that supports the FiltraSan™ sanitizing filter in thermobonded staple fabric with a basis weight of 100 g/m² and a thickness of 5-10 mm.
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KFF125 Filtrasan
Synthetic flat filter celi far fan coils with support frame in 3mm-diameter drawn rad and wire mesh that supports the FiltraSan™ sanitizing filter in thermobonded staple fabric with a basis weight of 100 g/m² and a thickness of 5-10 mm.
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KF100
Synthetic flat filter celi for fan coils with U-section galvanised steel support frame and double electrowelded galvanised wire mesh that supports the FiltraSan™ sanitizing filter in AT100 series thermobonded staple fabric with a basis weight of 100 gr/m² and a thickness of 5-10 mm.
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KF100/R
Synthetic flat filter cell far fan coils with U-section galvanised steel support and containment frame and double electrowelded galvanised wire mesh that supports the 10x 10 honeycomb filter fabric.
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KF125
Synthetic flat filter cell tor fan coils with support frame in 3mm-diameter drawn rod and wire mesh that supports the FiltraSan™ sanitizing filter in AT100 series thermobonded polyester staple fibre with a basis weight of 100 g/m² and a thickness of 5-10 mm.
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KF125/R
Synthetic flat filter cell far fan coils with support and containment frame in 3mm-diameter drawn rod and double electrowelded galvanised steel wire mesh that supports the 10×10 honeycomb filter fabric.
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KC35
Synthetic flat filter celi tor fan coils with U-section galvanised steel frame and double electrowelded galvanised wire mesh that supports the filter fabric in thermobonded synthetic polyester staple fibre impregnateci with AC CARBON series active carbons with a basis weight of 200 g/m² and a thickness of 5-10 mm.
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KP20R
Synthetic flat filter celi tor fan coils with U-section galvanised steel frame and double electrowelded galvanised wire mesh that supports the filter fabric in PR20/06 series rigid polyurethane foam with a thickness of 6 mm, reticulated with evenly distributed open cells.
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KP20M
Synthetic flat filter cell tor fan coils with U-section galvanised steel frame and double electrowelded galvanised wire mesh that supports the filter fabric in PM20/10 series soft polyurethane foam with a thickness of 10 mm, reticulated with evenly distributed open cells.
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KAF100 Filtrasan
Synthetic flat filter cell with U-section galvanised steel frame and double electrowelded galvanised wire mesh that supports the FiltraSan™ sanitizing filter fabric in AT100 series thermobonded synthetic polyester staple fibre with a basis weight of 100 g/m2 and a thickness of 8-10 mm.
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KAF150 Filtrasan
Synthetic flat filter cell with U-section galvanised steel frame and double electrowelded galvanised wire mesh that supports the FiltraSan™ sanitizing filter fabric in AT150 series thermobonded synthetic polyester staple fibre with a basis weight of 150 g/m² and a thickness of 14-16 mm.
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KAF200 Filtrasan
Synthetic flat filter cell with U-section galvanised steel frame and double electrowelded galvanised wire mesh that supports the FiltraSan™ sanitizing filter fabric in AT200 series thermobonded synthetic polyester staple fibre with a basis weight of 200 g/m2 and a thickness of 20 mm.
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KAT100
Synthetic flat filter cell with U-section galvanised steel frame and double electrowelded galvanised wire mesh that supports the filter fabric in AT100 series thermobonded synthetic polyester staple fibre with a basis weight of 100 g/m2 and a thickness of 8-10 mm.
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KAT150
Synthetic flat filter celi with U-section galvanised steel frame and double electrowelded galvanised wire mesh that supports the filter fabric in AT150 series thermobonded synthetic polyester staple fibre with a basis weight of 150 g/m² and a thickness of 14-16 mm.
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KAT200
Synthetic flat filter celi with U-section galvanised steel frame and double electrowelded galvanised wire mesh that supports the filter fabric in AT200 series thermobonded synthetic polyester staple fibre with a basis weight of 200 g/m² and a thickness of 20 mm.
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KAT500
Synthetic flat filter celi with U-section galvanised steel frame and double electrowelded galvanised wire mesh that supports the filter fabric in AT500 series thermobonded synthetic polyester staple fibre with a basis weight of 200 g/m² and a thickness of 10 mm and a layer of AT100 to reach the filter thickness.
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KAT-VS50
Synthetic flat filter celi with U-section galvanised steel frame and double electrowelded galvanised wire mesh that supports the filter fabric in glass fibre with progressive density.
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WF3 Filtrasan
Pleated synthetic filter cell with U-section galvanised steel frame and double pleated electrowelded galvanised wire mesh that supports the FiltraSan™ sanitizing filter fabric in AT200 series thermobonded synthetic polyester staple fibre with a basis weight of 200 g/m² and a thickness of 20 mm.
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WF5 Filtrasan
Pleated synthetic filter cell with U-section galvanised steel frame and double pleated electrowelded galvanised wire mesh that supports the FiltraSan™ sanitizing filter fabric in AT500 series thermobonded synthetic polyester staple fibre with a basis weight of 200 g/m² and a thickness of 10-15 mm.
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WZ3
Pleated synthetic filter cell with U-section galvanised steel frame and double pleated electrowelded galvanised wire mesh that supports the filter fabric in AT200 series thermobonded synthetic polyester staple fibre with a basis weight of 200 g/m² and a thickness of 20 mm.
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WZ5
Pleated synthetic filter cell with U-section galvanised steel frame and double pleated electrowelded galvan ised wire mesh that su pports the filter fabric in AT500 series thermobonded synthetic polyester staple fibre with a basis weight of 200 g/m² and a thickness of 10-15 mm.
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KMZ
Metal flat filter cell with U-section galvanised steel frame and double electrowelded galvanised wire mesh that supports the filter fabric made up of layers of metal mesh in galvanised steel capped braid.
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KMZ/A
Metal flat filter cell with U-section galvanised steel frame and double electrowelded galvanised wire mesh that supports the filter fabric made up of layers of metal mesh in aluminium steel capped braid.
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KMA
Metal flat filter cell with U-section aluminium frame and double microstretched aluminium wire mesh that supports the filter fabric made up of layers of metal mesh in aluminium capped braid.
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KMX/RE
Metal flat filter cell with U-section AISI 304 stainless steel frame and double microstretched AISI 304 stainless steel wire mesh that supports the filter fabric composed of layers of pleated microstretched mesh in AISI 304 stainless steel.
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KMX/CA
Metal flat filter cell with U-section AISI 304 stainless steel frame and double microstretched AISI 304 stainless steel wire mesh that supports the filter fabric composed of layers of metal mesh in AISI 304 stainless steel capped braid.
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KMX/CA-STIR
Metal flat filter cell with U-section AISI 304 stainless steel frame and double microstretched AISI 304 stainless steel wire mesh that supports the filter fabric composed of layers of metal mesh in AISI 304 stainless steel capped braid.
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WZZ/A
Metallic pleated filter cell with U-section galvanised steel frame and double pleated electrowelded galvanised wire mesh that supports the filter fabric in aluminium capped braid.
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WZX
Pleated metallic filter cell with U-section AISI 304 stainless steel frame and double pleated electrowelded AISI 304 stainless steel wire mesh that supports the filter fabric in AISI 304 stainless steel capped braid.
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AC/V
Disposable flat filter cell in robust cardboard with large openings that supports the filtering mesh made up of a layer of glass fibres with progressive density.
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AC/VA
Disposable flat filter cell in robust cardboard with large openings that supports the filtering mesh composed of a double layer of glass fibres with progressive density.
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ACP
Disposable flat filter cell composed of a robust punched cardboard box with large openings far air passage that supports the filter fabric in AT200 series thermobonded synthetic polyester staple fibre with a basis weight of 200 g/m 2 and a thickness of 20 mm.
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WC3
Disposable pleated filter cell made up of a robust punched cardboard box with large openings far air passage with double pleated electrowelded galvanised wire mesh that supports the filtering mesh in AT200 series thermobonded synthetic polyester staple fibre with a basis weight of 200 g/m² and a thickness of 20 mm.
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PCW
Disposable pleated filter cell in robust cardboard with large openings and filtering mesh in pleated polyester with self-supporting microstretched aluminium mesh.
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ROTAFIL
Filtering septum in AT/R210 series resin-bonded and laminateci synthetic polyester fibre with support in treated polyester mesh with a basis weight of 210 g/m 2 and a thickness of 10 mm.
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FILTRASAN POCKET 14
Soft synthetic pocket filter with U-section galvanised steel frame and FiltraSan™ sanitizing filter bags in 200 g/m2 polyester fibre with progressive density on the air outlet side. Efficiency class G4.
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FILTRASAN POCKET 15
Soft synthetic pocket filter with U-section galvanised steel frame and FiltraSan™ sanitizing filter bags in 200 g/m2 polyester fibre with progressive density on the air outlet side.
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SOFT POCKET 14TF
Soft synthetic pocket filter with U-section galvanised steel frame and filter bags in 200 g/m² polyester fibre with progressive density on the air outlet side. Efficiency class G4.
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SOFT POCKET 24TF
Soft synthetic pocket filter with U-section galvanised steel frame and filter bags in 200 g/m² polyester fibre with progressive density on the air outlet side. Efficiency class G4.
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SOFT POCKET 15TF
Soft synthetic pocket filter with U-section galvanised steel frame and filter bags in 200 g/m² polyester fibre with progressive density on the air outlet side. Efficiency class MS.
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SOFT POCKET 25TF
Soft synthetic pocket filter with U-section galvanised steel frame and filter bags in 200 g/m² polyester fibre with progressive density on the air outlet side. Efficiency class MS.
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SOFT POCKET 16TF
Soft synthetic pocket filter with U-section galvanised steel frame and filter bags in 100% thermobonded polypropylene fibre with progressive density. Efficiency class M6.
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SOFT POCKET 17TF
Soft synthetic pocket filter with U-section galvanised steel frame and filter bags in 100% thermobonded polypropylene fibre with progressive density. Efficiency class F7.
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SOFT POCKET 18TF
Soft synthetic pocket filter with U-section galvanised steel frame and filter bags in 100% thermobonded polypropylene fibre with progressive density. Efficiency class F8.
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SOFT POCKET 19TF
Soft synthetic pocket filter with U-section galvanised steel frame and filter bags in 100% thermobonded polypropylene fibre with progressive density. Efficiency class F9.
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ECO POCKET 16EP
Soft synthetic pocket filter with incinerable plastic frame divided into two parts and filter bags in 100% thermobonded polypropylene fibre with progressive density. Efficiency class M6.
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ECO POCKET 17EP
Soft synthetic pocket filter with incinerable plastic frame divided into two parts and filter bags in 100% thermobonded polypropylene fibre with progressive density. Efficiency class F7.
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ECO POCKET 18EP
Soft synthetic pocket filter with incinerable plastic frame divided into two parts and filter bags in 100% thermobonded polypropylene fibre with progressive density. Efficiency class F8.
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ECO POCKET 19EP
Soft synthetic pocket filter with incinerable plastic frame divided into two parts and filter bags in 100% thermobonded polypropylene fibre with progressive density. Efficiency class F9.
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POLI-PLEAT 16TR
Rigid pocket filter with high-resistance moulded polypropylene structure and pleated filter medium in 100% polypropylene with progressive density. Efficiency class M6. Completely incinerable.
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POLI-PLEAT 17TR
Rigid pocket filters with high-resistance moulded polypropylene structure and pleated filter medium in 100% polypropylene with progressive density. Efficiency class F7. Completely incinerable.
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POLI-PLEAT 18TR
Rigid pocket filters with high-resistance moulded polypropylene structure and pleated filter medium in 100% polypropylene with progressive density. Efficiency class F8. Completely incinerable.
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POLI-PLEAT 19TR
Rigid pocket filters with high-resistance moulded polypropylene structure and pleated filter medium in 100% polypropylene with progressive density. Efficiency class F9. Completely incinerable.
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GLASS-PLEAT 16GP
Rigid pocket filters with high-resistance moulded polypropylene structure and filter medium in fireproof and water-repellent pleated micro glass fibre paper. Efficiency class M6.
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GLASS-PLEAT 17GP
Frigid pocket filters with high-resistance moulded polypropylene structure and filter medium in fireproof and water-repellent pleated micro glass fibre paper. Efficiency class F7.
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GLASS-PLEAT 18GP
Rigid pocket filters with high-resistance moulded polypropylene structure and filter medium in fireproof and water-repellent pleated micro glass fibre paper. Efficiency class F8.
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GLASS-PLEAT 19GP
Rigid pocket filters with high-resistance moulded polypropylene structure and filter medium in fireproof and water-repellent pleated micro glass fibre paper. Efficiency class F9.
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PANNEL-PLEAT 15PP
Filter panel with high-resistance moulded polypropylene structure and pleated filter panel in polypropylene fibres with progressive density. Efficiency class MS
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PANNEL-PLEAT 17PP
Filter panel with high-resistance moulded polypropylene structure and pleated filter panel in polypropylene fibres with progressive density. Efficiency class F7.
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PANNEL-PLEAT 19PP
Filter panel with galvanised steel frame and pleated filter panel in polypropylene fibres with progressive density. Efficiency class F9.
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PANNEL/Z-PLEAT 15PPZ
Filter panel with galvanised steel frame and pleated filter panel in polypropylene fibres with progressive density. Efficiency class M5.
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PANNEL/Z-PLEAT 17PPZ
Filter panel with galvanised steel frame and pleated filter panel in polypropylene fibres with progressive density. Efficiency class F7. Frame with an easy opening for disposal.
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PANNEL/Z-PLEAT 19PPZ
Filter panel with galvanised steel frame and pleated filter panel in polypropylene fibres with progressive density. Efficiency class F9. Frame with an easy opening for disposal.
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CARBO PIAS
Active carbon adsorbent filter in cylindrical galvanised steel cartridges with filtering walls in microstretched mesh. The cartridges have a base with feet for hooking to the plate and a galvanised sheet steel cover that allows easy replacement of the exhausted active carbon. Perfect seal between the cartridge and the plate is assured by a polyurethane sealing ring. The plate configuration guarantees easy installation and maximum filtering and deodorant capacity in relation to the dimensions.
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KAT CARBON
Active carbon adsorbent filter with U-section galvanised steel frame and galvanised steel microstretched meshes.
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CARBO PLEAT
Adsorbent filter with polypropylene support and synthetic fibre filter panels.
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TC 40
Physically activated granular active carbon of vegetable origin.
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KI900
nertial collector made up of a double layer of pleated cardboard with holes arranged misaligned on the two faces. .
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VS HT300, VS HTS500
VS HT300 Filtering media composed of thinner resin-bonded glass fibres with progressive density resistant to high temperatures (up to 300°C) for filtration of dust particles. Supplied in rolls, thickness 50mm. Efficiency class G4.
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VS/25-50-100
Roll of filtering media in glass fibre with progressive density in thicknesses of 25-50-100 mm. Efficiency class G3.
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VO/50-100
Roll of filtering media in V0/50 series glass fibre with progressive density. Efficiency class G3.
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VS HYDRO, VS-DUST R, VS IDRO
VS HYDRO
Filtering media in glass fibre with progressive density fully impregnated with a harmless gel, specifically created for filtration of fine and dry water-based paint particles.
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KPC
Multilayer paint collection filters in flame retardant stretched and expanded Kraft paper with final mini-mesh.
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K-TECNOPLEAT
Filtering media in simple glass fibre, water repellency treatment and multilayer reinforced structure.
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K-TECNOLAM
Filtering media in simple glass fiber, water repellency treatment and multilayer reinforced structure.
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K-TECNOVEE
Filtering medium in simple glass fibre, water repellency treat ment and multilayer reinforced structure.
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Accessori e Ricambi
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AT100 e AT150
AT100: Roll of filtering media in thermobonded synthetic polyester staple fibre with a basis weight of 100 g/m². Efficiency class G2.
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AT200 e AT/BA200
AT200: Roll of filtering media in thermobonded syn thetic polyester staple fibre with a basis weight of 200 g/m²• Efficiency class G4.
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AT250 e AT350
AT250: Roll of filtering media in thermobonded synthetic polyester staple fibre with a basis weight of 250 g/m² . Efficiency class G4 .
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AT500 e AT/R210
AT500: Roll of filtering media in thermobonded synthetic polyester staple fibre with a basis weight of 200 g/m²• Efficiency class M5
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SAV500 e SAV600
SAV500: filtering media in bonded and laminateci synthetic microfibre with a progressive structure and treated polyester mesh with a basis weight of 500 g/m². Efficiency class M5.
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AC200CARBON e AC400CARBON
AC200CARBON: filtering media in thermobonded polyester staple fibre impregnated with active carbon powder with a basis weight of 200 g/m2. Efficiency class G2.
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PR20/PM20
Synthetic fibre in rigid (PR20 series) or soft (PM20 series) polyurethane foam reticulated with evenly distributed open cells. Efficiency class G2.
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FLEXINOX
Flexible pipe made from spiral seamed Aisi 316 stainless-steel lamina.
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ALU
Flexible pipe made with spirai seamed aluminium lamina.
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THERM SLEEVE
Flexible insulating sleeve produced with a light TNT inner coating, thermo-insulating layer in polyester microfibre (th. 25mm/16kg/m3). Outer protection in aluminized polyolefin film. The sturdiness of the heat-bonded polyester fibre prevents dispersion of microfibres during air flow.
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AL1 PHON
Flexible hose made of AL/PET (aluminium/polyester) micro-perforated walls to reduce air flow noise and steel wire helix. Thermo-insulating covering in polyester fibre (th. 17mm/11kg/m3). Outer protection in aluminized polyolefin film (flame retardant). The sturdiness of the heat-bonded polyester fibre prevents dispersion of microfibres during air flow and maintains its integrity over the years.
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AL1 THERM
Flexible hose made of AL/PET (aluminium/polyester) wall and steel wire helix. Thermo-insulating covering in polyester fibre (th. 17mm/11kg/m3). Outer protection in aluminized polyolefin film (flame retardant).
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AL1
Flexible hose made of AL/PET (aluminium/polyester) wall and steel wire helix.
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AL PHON
Flexible hose made of AL/PET/AL (aluminium/polyester/aluminium) microperforated walls to reduce air flow noise and steel wire helix. Thermo-insulating covering in polyester fibre (th. 25mm/16kg/m3). Outer anti-steam protection in aluminized polyolefin film (flame retardant). The sturdiness of the heat-bonded polyester fibre prevents dispersion of microfibres during air flow and maintains its integrity over the years.
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AL THERM
Flexible hose made of AL/PET/AL (aluminium/polyester/aluminium) wall and steel wire helix. Thermo-insulating covering in polyester fibre (th. 25mm/16kg/m3). Outer anti-steam protection in aluminized polyolefin film (flame retardant). The sturdiness of the heat-bonded polyester fibre prevents dispersion of microfibres during air flow.
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AL
Flexible pipe made with AL/PET/AL (aluminium/polyester/aluminium) wall and steel wire helix.
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AL-F10
Flexible hose made of AL (aluminium) wall coupled with polyolefin film to ensure a greater mechanical resistance to the aluminium. Inner steel wire helix.
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AL-P
Flexible hose made of AL (aluminium) wall coupled with polyolefin film reinforced with polyester net to ensure a greater mechanical resistance to the aluminium. Inner steel wire helix.
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AC THERM
Flexible hose made of polyester fabric coated with additivated polyolefin resins and steel wire helix. Thermo-insulating covering in polyester fibre (th. 25mm/16kg/m3). Outer anti-steam protection in additivated polyolefin resin.
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AC
Flexible hose made of polyester fabric coated with addivated polyolefin resins and steel wire helix.
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F6 THERM
Flexible hose made of additivated polyolefin resins film (wall thickness 60 micron) and steel wire helix. Thermo-insulating covering in polyester fibre ( th. 17 mm/11 kg/m3). Outer anti-steam protection in additivated polyolefin resin.
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F6
Flexible hose made of additivated polyolefin resins film (wall thickness 60 micron) and steel wire helix.
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F10 THERM
Flexible hose made of additivated polyolefin resins film (wall thickness 100 micron) and steel wire helix. Thermo-insulating covering in polyester fibre (th. 25mm/16kg/m3). Outer anti-steam protection in additivated polyolefin resin.
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F10
Flexible hose made from addivated polyolefin resin film with steel wire helix.
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F10/ESP THERM
Flexible hose produced with exclusive technology by TECNICA SRL.
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F10/ESP SLEEVE
Flexible insulating sleeve produced with exclusive technology by TECNICA SRL.
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F10/ESP
Flexible hose produced with exclusive technology by TECNICA SRL.
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AL/SA MASTERSAN
Flexible hose made with AL (aluminium) wall coupled to addivated polyolefin resins film with anti-bacterial, anti-mildew and anti-viral material protection. Inner helix made of steel wire.
The set of materials for the construction of the flexible hose does not provide for the usage of chemical agents, stickers or adhesives.
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AR10 THERM MASTERSAN
Flexible hose made of addivated polyolefin resins film reinforced with polyester mesh with anti-bacterial, anti-mildew and anti-viral material protection with steel wire helix. Thermo-insulating covering in polyester fibre (thickness 25mm/16kg/m3), outer aluminized film protection (flame retardant).
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AR10 MASTERSAN
Flexible hose made of addivated polyolefin resins film reinforced with polyester mesh with anti-bacterial, anti-mildew and anti-viral material protection with steel wire helix.
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SA10 THERM Mastersan
Flexible hose made of addivated polyolefin resins film with anti-bacterial, antimildew and anti-viral material protection with steel wire helix. Thermoinsulating covering in polyester fibre (thickness 25mm/16kg/m3). Outer aluminized film protection (flame retardant).
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SA10 Mastersan
Flexible hose made of addivated polyolefin resins film with anti-bacterial, antimildew and anti-viral material protection with steel wire helix.
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SA10/ESP THERM
Flexible hose produced with exclusive technology by TECNICA SRL.
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SA10/ESP 8mm Mastersan
Flexible hose produced with exclusive technology by TECNICA SRL.
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SA10/ESP SLEEVE Mastersan
Insulating sleeve produced with exclusive technology by TECNICA SRL.
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SA10/ESP Mastersan
Flexible hose produced with exclusive technology by TECNICA SRL.
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DCMC
High-induction circular diffuser with adjustable cones made up of concentric truncated cone profiles. Height adjustable by means of an adjustment screw in order to change the direction of the air jet in relation to the required thermal conditions.
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DCMC THERM
High-induction circular diffuser with adjustable cones made up of concentric truncated cone profiles. The adjustment by means of a thermostatic spring system allows to independently change the position of the cones based on the temperature of the air flow introduced.
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DCMQ
High-induction circular diffuser with adjustable cones made up of concentric truncated cone profiles on a square panel, suitable for installation on false ceilings with 600×600 panels. Height adjustable by means of an adjustment screw in order to change the direction of the air jet in relation to the required thermal conditions.
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DCMQ THERM
High-induction circular diffuser with adjustable cones made up of concentric truncated cone profiles on a square panel, suitable for installation on false ceilings with 600×600 panels. The adjustment by means of a thermostatic spring system allows to independently change the position of the cones based on the temperature of the air flow introduced.
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DCSC
Circular diffuser with adjustable cones made up of concentric truncated cone profiles, adjustable in height by means of a screw in order to change the direction of the air jet in relation to the required
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DCSC THERM
Circular diffuser with adjustable cones made up of concentric truncated cone profiles, adjustable in height by means of a screw in order to change the direction of the air jet in relation to the required thermal conditions. The internal cone is closed with a flat panel that gives the diffuser a pleasant aesthetic appearance without penalizing the functional specifications. The adjustment by means of a thermostatic spring system allows to independently change the position of the cones based on the temperature of the air flow introduced.
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DCSQ
Circular diffuser with adjustable cones made up of concentric truncated cone profiles on a square panel, suitable for installation on false ceilings with 600x600mm panels. Height adjustable by means of an adjustment screw in order to change the direction of the air jet in relation to the required thermal conditions.
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DCSQ THERM
Circular diffuser with adjustable cones made up of concentric truncated cone profiles on a square panel, suitable for installation on false ceilings with 600x600mm panels. The adjustment by means of a thermostatic spring system allows to independently change the position of the cones based on the temperature of the air flow introduced.
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DSR – DSRS
Variable geometry diffuser developped for rooms with high ceilings where a long throw and a high induction ratio are required. Made up of a housing in which individually or simultaneously adjustable deflectors are fitted (if required) in order to change the direction of the air jet in relation to the thermal conditions required.
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DSRS THERM
Variable geometry diffuser developped for rooms with high ceilings where a long throw and a high induction ratio are required. Made up of a housing in which simultaneously adjustable deflectors are equipped with a thermostatic system in order to change the air flow direction according to the required thermal conditions.
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DSRQ – DSRSQ
Variable geometry diffuser on 597×597 mm panel developed for rooms with high ceilings where a long throw and a high induction ratio are required. Made up of a half-housing in which individually or simultaneously adjustable deflectors are fitted (if required) in order to change the direction of the air jet in relation to the thermal conditions required.
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DSRSQ-THERM
Variable geometry diffuser on 597×597 mm panel developed for rooms with high ceilings where a long throw and a high induction ratio are required. Made up of a half-housing in which simultaneously adjustable deflectors are equipped with a thermostatic system in order to change the air flow direction according to the required thermal conditions.
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DHT
High-induction adjustable conical nozzle diffuser with direct duct mounting and EPDM sealing gasket. The central body can be easiliy adjusted or rotated 180° for maximum throw.
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DLG
Nozzle diffuser for the treatment of large volumes of air. Nozzle orientable up to 45° in order to give the correct propagation direction on the air injected.
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DMU
Diffuser with individually adjustable micro nozzles with high output velocity and low sound in order to obtain extensive penetration depths of the room to be air conditioned.
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DAM01C
Helical-effect diffuser with radially arranged adjustable deflectors with a high induction ratio (mixing capacity) between the injected and the ambient air. Made up of a plate with holes inside which adjustable plastic deflectors are housed suitable for use at high operating temperatures.
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DAM01
Helical-effect diffuser with radially arranged adjustable deflectors with a high induction ratio (mixing capacity) between the injected and the ambient air. Made up of a plate with holes inside which adjustable plastic deflectors are housed suitable tor use at high operating temperatures.
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DAM31
Helical-effect diffuser with helically arranged adjustable deflectors with a high induction ratio (mixing capacity) between the injected and the ambient air. Made up of a plate with holes inside which adjustable plastic deflectors are housed.
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DAM02C
Helical-effect diffuser with helically arranged adjustable deflectors with a high induction ratio (mixing capacity) between the injected and the ambient air. Made up of a plate with holes inside which adjustable plastic deflectors are housed.
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DAM02
Helical-effect diffuser on square panel with helically arranged adjustable deflectors with a high induction ratio (mixing capacity) between the injected and the ambient air. Made up of a plate with holes inside which adjustable plastic deflectors are housed. The helical flow of the air injected can be oriented clockwise, anticlockwise or alternating by changing the position of the deflectors.
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DAM12c
Linear throw diffuser with orthogonally arranged adjustable deflectors with a high induction ratio (mixing capacity) between the injected and the ambient air. Made up of a plate with holes inside which adjustable plastic deflectors are housed. The helical flow of the air injected can be oriented clockwise, anticlockwise or alternating by changing the position of the deflectors.
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DAM12
Linear throw diffuser on square panel with helically arranged adjustable deflectors with a high induction ratio (mixing capacity) between the injected and the ambient air. Made up of a plate with holes inside which adjustable plastic deflectors are housed. The helical flow of the air injected can be oriented clockwise, anticlockwise or alternating by changing the position of the deflectors.
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DAM15
Linear throw diffuser on square panel with helically arranged adjustable deflectors with a high induction ratio (mixing capacity) between the injected and the ambient air. Made up of a plate with holes inside which adjustable plastic deflectors are housed. The helical flow of the air injected can be oriented clockwise, anticlockwise or alternating by changing the position of the deflectors.
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DAM11
4-ways diffuser with adjustable deflectors with a high induction ratio between the injected and the ambient air. Made up of a plate with holes inside which adjustable plastic deflectors are housed.
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DAM41
4-ways linear throw diffuser on square panel with helically arranged adjustable deflectors with a high induction ratio between the injected and the ambient air. Made up of a plate with holes inside which adjustable plastic deflectors are housed.
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DAM51
Linear throw diffuser on square panel with adjustable deflectors with a high induction ratio between the injected and the ambient air. Made up of a plate with holes inside which adjustable plastic deflectors are housed. Individually orientable for each side/direction.
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DAM71
Radial-effect diffuser on square panel without deflectors with a high induction ratio between the injected and the ambient air. To be used for delivery and return.
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DAM81
Diffuser on square perforated sheet steel panel without deflectors. To be used for air return.
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DAM61
Inspectable diffuser on square panel with adjustable deflectors with a high induction ratio between the injected and the ambient air. (choice of models DAM01- DAM31 DAM02-DAM12 DAM15 DAM11 DAM41 DAM51)
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DAM21R
Linear throw diffuser on rectangular panel with orthogonally arranged adjustable deflectors with a high induction ratio (mixing capacity) between the injected and the ambient air. Made up of a plate with holes inside which adjustable plastic deflectors are housed.
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DAF01
Helical effect diffuser with fixed deflectors arranged radially with a high induction ratio (mixing capacity) between the input air and the ambient air. Consisting of a plate with slots and fixed deflectors folded inwards. The construction of the diffuser without separate components allows easy cleaning, maintenance and durability.
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DGF
Helical-effect linear throw diffuser on square panel with fixed deflectors positioned in radial direction. The helical throw impressed on the air injected by the particular geometry of the deflectors allows obtaining a high induction ratio and consequently rapid reduction of the air velocity and temperature difference.
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DWS
Helical throw diffuser on square panel characterised by a series of 36 fixed fins positioned in radial direction. The helical throw given on the air injected by the particular geometry of the deflectors allows obtaining a high induction ratio and consequently rapid reduction of the air velocity and temperature difference.
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DFL-P
Slotted linear diffuser with adjustable PVC deflectors with a high induction ratio (mixing capacity) between the injected and the ambient air. Constructed of coupled aluminium profiles to obtain multiple slots inside which adjustable plastic deflectors are housed. The flow of the air injected can be oriented clockwise, anticlockwise or alternating by changing the position of the deflectors.
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DFL-A
Slotted linear diffuser with adjustable aluminium deflectors with a high induction ratio (mixing capacity) between the injected and the ambient air. Constructed of coupled aluminium profiles to obtain multiple slots inside which adjustable aluminium deflectors are housed. The flow of the air injected can be oriented clockwise, anticlockwise or alternating by changing the position of the deflectors.
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DEL-P
Linear slot diffuser with adjustable PVC deflectors without predisposition for damper and equalizer, with a high induction ratio (mixing capacity) between inlet air and ambient air. Consisting of aluminum profiles coupled to obtain multiple slits inside which adjustable plastic deflectors are housed. The flow of the incoming air can be oriented in the right, left or alternating direction, by varying the position of the deflectors.
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DEL-A
Linear slot diffuser with adjustable aluminum deflectors without predisposition for damper and equalizer, with a high induction ratio (mixing capacity) between the input air and the ambient air. Made up of aluminum profiles coupled to obtain multiple slits inside which adjustable aluminum deflectors are housed. The flow of the incoming air can be oriented in the right, left or alternating direction, by varying the position of the deflectors.
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VMP
Polypropylene ventilation valve diffuser. The air flow rate is adjusted by screwing (reducing the flow rate) or unscrewing (increasing the flow rate) the central disc.
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VMA
Steel ventilation valve diffuser far extraction. The air fio w rate is adjusted by screwing (reducing the flow rate) or unscrewing (increasing the flow rate) the centrai disc.
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VEA
Steel ventilation valve diffuser. The air flow rate is adjusted by screwing (reducing the flow rate) or unscrewing (increasing the flow rate) the central disc.
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SER01
Calibration butterfly damper suitable for installation upstream of the galvanised steel circular diffusers complete with opening/closing mechanism.
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SER02
Collection damper suitable for installation upstream of the galvanised steel circular diffusers complete with opening/closing mechanism.
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SER03
Calibration butterfly damper suitable for installation upstream of the galvanised steel circular diffusers complete with opening/closing mechanism.
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PS01L
Plenum with a protective film with antibacterial and antimycotic action and side outlet for circular diffusers with adjustable cones and for variable geometry diffusers.
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PS02L
Plenum with a protective film with antibacterial and antimycotic action and side outlet for diffusers with adjustable deflectors.
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PS03L
Plenum with a protective film with antibacterial and antimycotic action and side outlet for circular diffusers with adjustable deflectors.
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PS05L
Plenum with a protective film with antibacterial and antimycotic action and side outlet for continuous linear diffusers.
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P01L
Plenum with side outlet for circular diffusers with adjustable cones and for variable geometry diffusers.
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P02L
Plenum with side outlet for diffusers with adjustable deflectors.
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P03L
Plenum with side outlet for circular diffusers with adjustable deflectors
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P05L
Plenum with side outlet for continuous linear diffusers
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AC
Light flexible hose made of polyester fabric coated with addivated polyolefin resins and steel wire helix.
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